Reference no: EM132469375
ENGT5102 - Mechatronic Systems Engineering and Artificial Intelligence - De Montfort University
Learning Outcome: 1. A comprehensive knowledge and understanding of the scientific principles and methodology of System Engineering and AI; including the hardware, software and applications of AI systems.
Learning Outcome: 2. Ability to carry out research and apply system engineering and AI concepts for analysis of engineering systems and AI solutions.
Learning Outcome: 3. Ability to apply system engineering and AI tools for modelling, simulation, design and development of engineering and AI systems.
Topics: The topics for the design study this year is: Model Based System Engineering of a smart collaborative robot with vision, voice and IIoT capabilities.
Scope:
The Mechatronic Systemdesign study is an individual assignment in which the student will undertake a design study by adopting the Model Based System Engineering (MBSE) and Model Based Design (MBD)approaches as main methodology for System Integration. At the end of the module, you will have a favour of being the system architect, to integrate multidisciplinary systems, and familiar yourself with the tools and approach used for system integration. The main tools in this case includes the Systems Modelling Language (SysML) (Figure 1) and MATLAB Simulink; other CAD tools may be used to model the system. Modelling and simulation is the key here without the need to have real development. As a design study, no real implementation is required. This helps you develop different skillsets.
Title: Model Based System Engineering of a smart collaborative robot with vision, voice and IIoT capabilities
Aims and Objectives - this introduces clearly and unambiguously the aims and "SMART" objectives of the study.
State of the Art -Describe the scientific or technical knowledge currently available and as applied to a design or product.
Methodology- description on how the work was undertaken -the approach taken for the study, designmethod - modelling and simulation
Requirements Specification
- Requirements Specification refers to user requirements, which are then translated into Design Specificationfor the developer by you.
Design Specification- you interpret the user requirements and come up with a design specification (for the development team)
Design concepts and final design(include 2 design concepts) - justify your choice by e.g. a decision matrix against the requirements. Describe your final design showing the system overview which includehardware and software / controller, sensors, actuators.
System Modelling using SysML Models which includes:
Requirement Diagram; Use Case Diagram; Block Definition Diagram/Internal Block Diagram
Parametric Diagram; Activity Diagram/Sequence Diagram; State Machine diagram describing the control logic
Basic Simulink Models and related CAD models, which may include control logic (stateflow). Presentation and description of the results achieved (e.g. modelling (system model) and simulation results, etc.)Other Modelling and Simulation methods or tools are also acceptable. Not expecting a fully operational model.
Results; analysis and discussions; refinement to final designand other major issues which arise in relation to the project undertaken.
Conclusions and Recommendations- a review of the study against the objectives identified, a summary of the findings of significance from the work undertaken and the major conclusions that can be inferred. Identify in-particular the novel aspects of the work.
References - which gives full details of the source of all reference material used in the study
Attachment:- Mechatronic Systems Engineering and Artificial Intelligence.rar